8890 Gas Chromatography System

The 8890 gas chromatography (GC) system adheres to Agilent's tradition as a proven supplier of gas chromatography systems, providing the best reliability and highest performance. As the most flexible and configurable gas chromatography system, 8890 can meet all your special analysis needs. When your results are very important and it is necessary to operate the instrument, 8890 always allows you to experience unexpected normal running time and accuracy.

The built-in intelligent function of the 8890 gas chromatography system enables remote connection, allowing you to monitor the system from home, office, or remotely. Automated system checks initiated by users can monitor the health status of the system, alert you to potential issues, and help you quickly resolve them, maximizing normal operating time. The guided maintenance function can provide users with step-by-step instructions on routine maintenance procedures. The sixth generation electronic gas path control (EPC) can perform automatic diagnostic testing, such as leak detection and architecture to prevent gas pollutants such as particles, water vapor, oil, etc., which can improve the reliability and service life of the system.

The browser user interface provides remote connectivity for monitoring gas chromatography systems, viewing system logs, and performing diagnostic tests both internally and externally in the laboratory.
The full-featured touch screen provides a visual report of system configuration, allowing you to update methods and sequences, perform daily maintenance, and check instrument status.
The built-in intelligent function can automatically monitor the health status of the system, alert users before potential issues affect chromatographic performance, and provide step-by-step guides to help solve problems.
The unique sixth generation microfluidic EPC architecture has significant improvements in reliability and service life, capable of resisting gas pollutants such as particles, water vapor, and oil, while extending the lifespan of instrument consumables.
Microflate flow control technology (CFT) provides unique airflow connection functions for multidimensional gas chromatography (GC x GC/central cutting), full two-dimensional gas chromatography (GC x GC) equipped with flow modulators, and pre column, mid column, and post column blowback of analytical columns that can be installed with column temperature chambers and have ultra-low heat capacity.
Single wire TCD does not require a separate reference gas path or manual adjustment potentiometer, and can provide a stable baseline with minimal drift commonly seen in valve switching.
The FID with automatic adjustment of detection range can achieve detection and quantitative analysis from ppb level to hundred level in a single injection.
Sulfur or nitrogen chemiluminescence detectors can detect sulfur or nitrogen pollutants in complex matrices at the ppb level, with equimolar response and quantitative analysis.
The use of advanced economical electronic gas path control, such as helium saving modules, hydrogen sensors, and alternative carrier gas solutions, can significantly reduce the usage of helium and improve the flexibility and safety of laboratory analysis.

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